ENGAGED PROJECTS

Movable Antenna (MA) for Anti-interference (Just start)

• Main tools: matlab.
• A heuristic investigation into Anti-jamming through stochastic antenna movement, conducted under the supervision of Prof. Weidong Mei.

Computer Vision (CV) for Quadrotor Aircraft (Just start)

• Main tools: matlab, C/C++, python, verilog.
• A group project (6 people) for bare-metal programming for an automatic quadrotor aircraft for objection detection, robotic arm manipulation, and closed-loop flight control.

RV32I CPU Core for Education
(Jan 2025 — Present)

GPIO simulation in Digital

• Main tools: verilog, VHDL, Digital, Kicad, iCESuger FPGA.
• Simulate an entire RISC-V 32 bit CPU in verilog and Digital Software.
• Support basic peripherals such as GPIOs, IIC, UART, VGA, etc.
• Simple boot ROM in assembly, minimal interrupt service for running a Linux kernel.
• Complete PCB design in Kicad (Not finished).

AME Source Coding (Oct 2024 — Nov 2024)

Proposed AME coding scheme

• Main tools: python, matlab.
• Final project of Information Theory Course.
• Developed a method (Second-order Markov Adapative Approximation, AME) to perform source coding for the Game of Thrones. The performance of Huffman and Fano coding was also evaluated.

CNN for Mbed (Feb 2024 — May 2024)

Proposed CNN in L432KC MCU

• Main tools: python, C++.
• Integrated a Convolutional Neural Network (CNN) into an MCU for smart fall detection for the elderly.
• Realized functions include smart fall detection, body temperature monitoring and real-time data visualization.

A Study of Generalized Fields and Extension to Higher Dimensions¹ (Oct 2023 — Feb 2024)

¹ I submitted this paper to the American Journal of Physics, but it was declined for publication.

Fields in high dimension can be reduced

• A theoretical study of generalized natural fields and behaviours in higher dimensions.
• Largely motivated by my tutor Mr. Yidong Liu and my friends and complete by myself.

Human Voice Recognition Smart Car (Sept 2023 — Dec 2023)

Voice-controlled car

• Main tools: C++, STM32F103C8T6 MCU, etc.
• Led a team of a group of 4 people.
• Built a car with recognition of pre-defined English words to control the movements of a small car. Basic operations include moving forwards and backwards, turning or sliding left and right, etc.

Auto Door Opener for Dormitory (Sept 2023 — Oct 2023)

Door opener tested on breadboard

• Main tools: C++, Nucleo L432KC MCU, Mbed library, OLED screen, etc.
• This was the final project of the Microelectronic System course.
• Realized opening our dormitory door by simply entering password from a keyboard outside the room (instead of using physical keys). Basic functions include setting up password manually, automatically lock if wrong password is entered over 5 times, display messages on an OLED screen, etc.

“XinTong Cup” Electronic Design Competition: Electronic Keyboard Music Player (Sept 2022 — Oct 2022)

• Main tools: Keil C51, STC89C52RC MCU, etc.
• Led a small team of a group of 3 people.
• Successfully built a simplified keyboard music player with 8 keys using an 8-bit MCU by ST company and Keil C51 language for register-based development.
• Functionality of the keyboard music player consists: Single note playing, chord playing, recording ability, replay and rewind capability, etc.

ACADEMIC RECORD

Detailed scores of core courses (GPA: 3.88)

Year	Subject2	Score
Year 1	Calculus I/II Linear Algebra C Programming Physics I	91/92 84 95 88
Year 2	Physics II Signal and Systems Probability and Statistics Microelectronic Systems Embedded Processors Circuit Analysis and Design Computer Network Academic English	96 91 92 92 95 95 94 89
Year 3	Information Theory Principles of Communication Digital Circuit Design Machine Learning Stochastic Signal Analysis	91 95 86 86 82

² I’m relatively confident in my understanding of the Boldface subjects.

RELEVANT SKILLS

• IT Skills: Latex, (Quarto) Markdown, Typst, Manim³, Github⁴, Microsoft Office.
• Computer Programming: C/C++, Matlab, Python.
• Embedded System Programming: RISCV assembly, STM89C5x (Standard lib), Keil C51.
• Math: Self learned (Abstract Algebra (Harvard E-222)), Point-set Topology, Measure Theory, Complex Analysis (MIT 18.04), Functional Analysis, Elementary Differential Geometry, Smooth Manifolds (still learning). I didn’t go too deep in each of these subjects, but I understand their motivation and basic ideas behind them so that I will use fewer time learning these.
• Team Work: Zoom meeting, Notion team, Microsoft team.
• Language: No problem in understanding English lectures, native Chinese.

³ See here where I use manim to explain the relation between adjoint and dual operator.

⁴ My repository.

OTHERS

• Classical Music Enthusiast🎻: Violin player in UESTC symphony orchestra, votary of legendary composer Gustav Mahler and Johann Sebastian Bach.
• Badminton Lover🏸: Sports always refreshes me at any time.
• Learn Everything🔍: I’m open to think and learn everything exist or non-exist on earth.
• Volunteer Work🤝: Love helping others, over 15 hours of volunteering.